Laserfiche WebLink
<br />, <br /> <br />. <br /> <br />. <br /> <br />-4- <br /> <br />IV. REIMBURSEMENT <br /> <br />Basic engineering fees for this project for preliminary design, final <br />design and construction services as indicated on the preceeding scope <br />of work are $74,500. <br /> <br />The anticipated engineering and expense costs are based on a 7 month <br />(October 1988 through April 1989) design and construction period as <br />outlined on the attached project schedule and the preceeding scope of <br />work. Additional project time beyond the control of Wright Water <br />Engineers would incur additional reimbursement. <br /> <br />V. SPECIAL SERVICES <br /> <br />A. Special services required during the development of the design <br />of this project are actions beyond the scope of the basic <br />engineer services listed above. Because these services vary <br />greatly in scope, complexity and timing. Exact prlces are hard <br />to estimate. These services could include: <br /> <br />1. Soils investigations <br />2. Land surveys <br />3. Engineering surveys for design and construction <br />4. Full-time inspection of the construction with supporting <br />staff as necessary. <br />5. Additional copies of drawings and documents beyond those <br />specified under basic engineering services. <br />6. Preparation of detailed applications and supporting <br />documents for governmental permits. <br />7. Detailed model testing and observation of tests. <br /> <br />B. Special services anticipated for this project are listed below <br />with their related scope of work and estimated costs. <br /> <br />1. Model Observation <br /> <br />a. This portion of the engineering assignment is to work <br />with the Bureau of Reclamation hydraulics laboratory in <br />the preparation of a hydraulic model to study the <br />detailed hydraulics, layout, boating features and <br />sedimentation transport and deposition of the design. <br /> <br />1) Consult with USBR on the layout and details of their <br />construction of a 1: 18 scale model of the desig n in <br />their hydraulics laboratory. <br /> <br />" <br />